E-scooter 101: Is the Electric Scooter Energy-Efficient?
The electric scooter is one of the most energy-efficient urban mobility options.
Electric scooters are eco-friendly for city trips because they are very efficient. An e-scooter uses an electric motor, which converts electrical energy into movement with less waste than an internal combustion engine, which loses much energy in residual heat and sound.
Electric scooters are designed for short trips, so they don’t use much energy per mile, making them an energy-efficient option for city trips. Their foldable structure and lightweight materials make them portable and ideal for connecting multi-modal transportation points.
Moreover, many electric scooters also use a regenerative braking system, which captures energy lost during braking and stores it in the scooter’s battery for later use. This helps improve the scooter’s overall performance and expands its range between charges.
Electric scooters also use less energy per mile than conventional gasoline-powered cars, making them more affordable. The average four-seater car consumes $200.00 in gasoline monthly, while the average e-scooter only adds $10.00 to the monthly electric bill.
The electric scooter is designed with efficiency at its core. Cars waste considerable energy because of their immense size and weight. In contrast, e-scooters are compact and light, meaning they take less energy to move.
Furthermore, the small and light wheels of the electric scooter mitigate rolling resistance, reducing energy loss from heat generation. Hence, they use energy more efficiently than cars, motorcycles, or their gas-powered counterparts.
Conclusion
The average weight of a four-seater car is 3,882.00 pounds, over 19 times the 199.80-pound average weight of a person in the US. This means that most of a conventional car’s energy is used to move the vehicle. As a result, a traditional car can only travel a mile with a kilowatt hour of energy.
Meanwhile, the average electric scooter weighs only 32.50 pounds, more than six times less than the average person. Thus, the personal electric vehicle (PEV) can cover over 80 miles per kilowatt hour of energy.
The 100-pound Flash Motors Infinity X premium hyperscooter can tread 70 miles on one six-hour charge and hit speeds of 75 mph.
